AEDA-3300-BC3

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The AEDA-3300-BC3 is an encoder system used to measure linear displacement accurately in extreme conditions. This system provides a reliable measurement solution for applications such as product test and process control. It operates in temperatures ranging from -40°C to +125°C, making it an ideal choice for environments where temperature extremes are a concern. The AEDA-3300-BC3 offers several important features that make it suitable for applications in a wide variety of industries.

Application Field
The AEDA-3300-BC3 is used in a variety of industries to accurately measure linear displacement. It is especially well suited to applications where extreme temperatures, humidity, shock, and/or vibration are a concern. For example, the AEDA-3300-BC3 can be used to measure linear displacement in motors, pumps, valves, and other components used in the aerospace, automotive, and machine tool sectors. It is also used in applications that require accurate measurements of long distances, such as railroad applications, and can be used to measure linear displacement in a variety of environments, including in hazardous locations. In addition, the system can be used for monitoring and recording linear displacement in automated process control systems.

Working Principle
The AEDA-3300-BC3 encoder system works by using a base, a scale, and an encoder. The scale is mounted on the base and is used to measure linear displacement. The encoder is mounted on the scale and is used to convert the linear displacement into a digital output. The encoder is composed of several sections, including the sensing head, the code disk, the reading head, and the control board. The sensing head is responsible for detecting the linear displacement and converting it into a signal that the reading head can read. The reading head then takes the signal and converts it into a digital output. This output can then be passed to the control board, which processes the data and sends it to a host system.

The AEDA-3300-BC3 encoder system is designed to provide a reliable and accurate measurement of linear displacement in extreme conditions. The system is able to operate in temperatures ranging from -40°C to +125°C, making it an ideal choice for applications in a variety of industries, including aerospace, automotive, machine tools, and process control. In addition, this system is designed to withstand shock and vibration and is also suitable for use in hazardous locations. The combination of features provided by this system makes it an ideal solution for applications in a wide variety of industries.

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